Inflatable pool and method for forming the same

ABSTRACT

The present disclosure provides an inflatable pool and a method for forming an inflatable pool. A pool body includes: an annular body and a bottom wall connected with the annular body, wherein the annular body is configured with a first air chamber, and a pool boundary is disposed on the annular body and the bottom wall; a pair of bases disposed on an end portion of the annular body opposite to the bottom wall and being spaced along a circumferential direction of the annular body; and an elastic component disposed between the pair of bases along the circumferential direction of the annular body to form a shooting device. Accordingly, the present disclosure provides an inflatable pool with a new profile.

CROSS-REFERENCE TO RELATED APPLICATIONS

The present application claims priority to Chinese patent application No. 201720162355.X, filed on Feb. 22, 2017, and entitled “INFLATABLE POOL”, and the entire disclosure of which is incorporated herein by reference.

FIELD OF THE INVENTION DISCLOSURE

The present disclosure generally relates to the technical field of inflatable pools, and more particularly, to an inflatable pool and a method for forming an inflatable pool.

BACKGROUND

Nowadays, more and more people are interested in outdoor activities, and more and more outdoor activities are available. Among those activities, water activities are quite enjoyed by both adults and children, especially in the hot summer. Further, water activities at home through a simple inflatable apparatus such as an inflatable pool are popular.

At present, in order to increase entertaining of the water activities, a variety of inflatable pools, such as inflatable pools having shapes of lovely animals, inflatable pools with a slide, inflatable pools with water-spraying functions, are designed to enhance interactions between players during the water activities.

However, there is a need for more different inflatable pools.

SUMMARY

Embodiment of the present disclosure provides an inflatable pool with a new profile.

One aspect of the present disclosure provides an inflatable pool. A pool body may include an annular body and a bottom wall which is connected with the annular body. The annular body may be configured with a first air chamber. A pool boundary may be disposed on the annular body and the bottom wall. A pair of bases may be disposed on an end portion of the annular body opposite to the bottom wall and be spaced along a circumferential direction of the annular body. Also, an elastic component may be disposed between the pair of bases along the circumferential direction of the annular body to form a shooting device.

In some embodiments, the annular body may include a first top annular piece, an inner annular piece and an outer annular piece surrounding the inner annular piece. The inner annular piece and the outer annular piece may be disposed between the first top piece and the bottom wall and be connected with the first top piece and the bottom wall. In addition, a boundary of the first air chamber may include a part of the bottom wall between the inner annular piece and the outer annular piece, the inner annular piece, the outer annular piece and the first top piece.

In some embodiments, the inner annular piece and the outer annular piece may be connected to the first top piece and the bottom wall by welding.

In some embodiments, a welding width formed by the welding is not greater than 5 cm.

In some embodiments, each of the pair of bases may include a second top piece, a first inner piece and a first outer piece, the first inner piece and the first outer piece may be disposed between the annular body and the second top piece, the first inner piece may be positioned closer to an inner side of the annular body than the first outer piece; and the first inner piece, the first outer piece, the annular body and the second top piece may be connected to form a second air chamber.

In some embodiments, a first top edge of the first inner piece and a first top edge of the first outer piece may be welded to the second top piece, and a first bottom edge of the first inner piece and a first bottom edge of the first outer piece may be welded to the annular body.

In some embodiments, the inflatable pool may further include: a supporting member which is positioned to face the bases and fastened to the end portion of the annular body opposite to the bottom wall.

In some embodiments, the supporting member may extend along the circumferential direction of the annular body.

In some embodiments, the supporting member may include an accommodating groove for containing a plurality of play balls, and the accommodating groove may be positioned opposite to the annular body.

In some embodiments, the supporting member may include a supporting body and an accommodating body with the accommodating groove. Moreover, the supporting body may be fixed to the end portion of the annular body opposite to the bottom wall. Additionally, the accommodating body with the accommodating groove may be fixed to an end portion of the supporting body opposite to the annular body.

In some embodiments, the supporting body may include a third top piece, a second inner piece and a second outer piece. The second inner piece and the second outer piece may be disposed between the annular body and the third top piece. The second inner piece may be positioned closer to an inner side of the annular body than the second outer piece. The second inner piece, the second outer piece, the annular body and the third top piece may be connected to form a third air chamber.

In some embodiments, a second top edge of the second inner piece and a second top edge of the second outer piece are welded to the third top piece, and a second bottom edge of the second inner piece and a second bottom edge of the second outer piece are welded to the annular body.

In some embodiments, the accommodating body may include an inner body and an outer body. The inner body may be positioned closer to an inner side of the annular body than the outer body. The inner body, the outer body and the supporting body may be connected to form the accommodating groove.

In some embodiments, an end portion of the inner body and an end portion of the outer body at a same side along the circumferential direction of the annular body may be connected.

In some embodiments, the accommodating body may include at least one circular arc boundary having an arc length of a curve in a range between 5 cm to 10 cm with a central angle of 30 degrees to 60 degrees.

In some embodiments, the inner body, the outer body and the supporting body may be welded to form the accommodating body.

In some embodiments, the pairs of bases may include a plurality of snap rings. Also, the elastic component may include a rubber band fastened to the snap rings and a pouch attached to the rubber band.

In some embodiments, the inflatable pool may further include a target device disposed along a radial direction of the annular body to face the shooting device.

In some embodiments, the target device may include a target body confining a central recess.

Another aspect of the present disclosure provides a method for forming an inflatable pool. The method can include steps as following. Firstly, a step of providing a pool body. The pool body may include an annular body. Moreover, a step of welding a bottom wall to the annular body to form a first chamber. The first chamber may have a first pool boundary and second pool boundary. Furthermore, a step of welding a pair of bases to an end portion of the annular body opposite to the bottom wall along a circumferential direction of the annular body. Finally, a step of providing an elastic component fastened between the pair of bases along the circumferential direction of the annular body to form a shooting device.

In some embodiments, the step of providing a pool body may include a step of providing an inner annular piece, and an outer annular piece surrounding the inner annular piece; a step of welding a first inner edge of the inner annular piece and a first outer edge of the outer annular piece on the bottom wall; and a step of welding a first top annular piece on a second inner edge of the inner annular piece and a second outer edge of the outer annular piece. The first pool boundary is formed between the first inner edge and the bottom wall. Also, the second pool boundary is formed between the first outer edge and the bottom wall.

In some embodiments, in the step of welding the pair of bases, a first inner piece and a first outer piece may be welded on the annular body and the first inner piece being positioned closer to an inner side of the annular body than the first outer piece. Additionally, a second top piece may be welded on the first inner piece and the first outer piece to form a second chamber.

In some embodiments, the method for forming an inflatable pool may further include a step of providing a supporting member positioned to face the pair of bases and fastened to one end of the annular body opposite to the bottom wall.

In some embodiments, the supporting member may include an accommodating groove for containing a plurality of play balls, and the accommodating groove may be positioned opposite to the annular body.

In some embodiments, the step of providing the supporting member may include steps as following: welding a supporting body on the end portion of the annular body opposite to the bottom wall; and welding an accommodating body for forming the accommodating groove on an end portion of the supporting body opposite to the annular body.

In some embodiments, the step of welding a supporting body may include steps as following: welding a second inner piece and a second outer piece on the end portion of the annular body opposite to the bottom wall; and welding a third top piece on the second inner piece and the second outer piece to form a third air chamber. The second inner piece is positioned closer to an inner side of the annular body than the second outer piece.

In some embodiments, the step of welding the accommodating body may include steps of providing an inner body and an outer body and welding the inner body and outer body on the supporting body to form the accommodating groove. The inner body is positioned closer to an inner side of the annular body than the outer body. An end portion of the inner body and an end portion of the outer body at a same side along the circumferential direction of the annular body are welded. The accommodating body may include at least one circular arc boundary having an arc length of a curve in a range between 5 cm to 10 cm with a central angle of 30 degrees to 60 degrees.

When the inflatable pool is put in use, the annular body can be inflated with air to form a first air chamber. The user can lie in the pool with his/her back against the annular body and face the bases, to shoot the play balls using the elastic component. It may be an increase in entertaining of the inflatable pool. Accordingly, the present disclosure provides an inflatable pool with a new profile, which can meet user's needs for entertainment.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a stereogram of an inflatable pool according one embodiment of the present disclosure;

FIG. 2 is a front view of a pool body of the inflatable pool of FIG. 1;

FIG. 3 is an enlarged view of part A of the inflatable pool of FIG. 1;

FIG. 4 is a top view of the pool body of the inflatable pool of FIG. 1; and

FIG. 5 is a flow chart of a method for forming an inflatable pool according to one embodiment of the present disclosure.

DETAILED DESCRIPTION

In order to make objectives, features and advantages of the present disclosure more clear, embodiments of the present disclosure will be described in detail in conjunction with the accompanying drawings.

Referring to FIG. 1, an inflatable pool according one embodiment of the present disclosure is illustrated. The inflatable pool may include a pool body 1, a base 2 and an elastic component 3. The pool body 1 may include an annular body 11 and a bottom wall 12 connected with the annular body 11, and the annular body 11 may be configured with a first air chamber. A pool boundary 1 a may be disposed on the annular body 11 and the bottom wall 12, and the pool boundary may include a first boundary disposed on a first side of the annular body and a second boundary disposed on a second side of the annular body. In this case, when the inflatable pool is put in use, the annular body 11 can be filled with air, which will make the annular body 11 be inflated and have a shape of an annular tube, so that the first air chamber is formed. Further, the annular body 11 together with the bottom wall 12 defines the boundary of the pool 1 a, wherein the bottom wall 12 serves as a bottom of the pool 1 a, and the annular body 11 serves as a sidewall of the pool 1 a.

In some embodiments, the inflatable pool may include a pair of bases 2 which are spaced along a circumferential direction F of the annular body 11, wherein the bases 2 may be disposed on an end portion of the annular body 11 opposite to the bottom wall 12. Correspondingly, an elastic component 3 can be disposed between the pair of bases 2 along the circumferential direction F of the annular body to form a shooting device. Specifically, a window 2 a can be defined between these two bases 2, and the elastic component 3 can be disposed in the window 2 a.

In some embodiments, the inflatable pool may include a target device 4. The target device 4 may be disposed along a radial direction of the annular body to face the shooting device.

Accordingly, when the inflatable pool is put in use, firstly, the user can fill the pool 1 a with water. Thereafter, the user can lie in the pool 1 a with his/her back against the annular body 11 and face the window 2 a, so as to shoot play balls 5 into the target device 4 (e.g., along a shooting direction shown as arrow fin FIG. 1) using the elastic component 3, which will increase amusement of the inflatable pool. Therefore, embodiments of the present disclosure provide an inflatable pool having a new profile which can meet user's needs for entertainment.

In some embodiments, the target device 4 and the pool body 1 may be two independent components which are not connected together. Accordingly, when the inflatable pool is put in use, the user can place the target device 4 in front of the pool body 1; and when the inflatable pool is out of use, the user can pick up the target device 4. Therefore, the inflatable pool is easy to use.

In some embodiments, the target device 4 may include a target body 40 confining a central recess 4 a. The central recess 4 a can serve as a destination of the aiming, that is, the user can shoot the play balls 5 into the central recess 4 a. The target body 40 may be inflatable which has an air chamber. In this case, when the inflatable pool is put in use, the user can fill the target body 40 with air to form an inflated target body 40; and when the inflatable pool is out of use, the user can deflate the target body 40 which will make the target body 40 small in volume, easy to fold and store.

In order to make the target device 4 easy to carry, a bottom portion of the central recess 4 a may be provided with a handle (not shown in FIG. 1). In such a way, the user can lift the target device 4 by holding the handle.

It should be noted that, the structure and shape of the target device as recited above are just for exemplary illustration. The target device may be configured into any other structure or shape.

In some embodiments, the target device and the pool body may be connected together by a way such as welding or adhesive bonding, which will make the inflatable pool compact in structure.

In some embodiments, the inflatable pool may not include the target device. In this case, when the inflatable pool is put in use, the user can randomly select an object as the target device for implementing the aiming and shooting actions.

In some embodiments, the annular body 11 may include: a first top annular piece 110, an inner annular piece 111 and an outer annular piece 112 surrounding the inner annular piece 111. The inner annular piece 111 and the outer annular piece 112 can be disposed between the first top piece 110 and the bottom wall 12, and be connected with the first top piece 110 and the bottom wall 12, respectively. In this case, a boundary of the first air chamber can include a part of the bottom wall 12 between the inner annular piece 111 and the outer annular piece 112, the inner annular piece 111, the outer annular piece 112 and the first top piece 110.

In some embodiments, a lower edge of the inner annular piece 111 and a lower edge of the outer annular piece 112 are connected with the bottom wall 12, thus the inner annular piece 111 and the outer annular piece 112 form a lower annular connection region with the bottom wall 12, respectively. An upper edge of the inner annular piece 111 and an upper edge of the outer annular piece 112 are connected with the first upper piece 110, thus the inner annular piece 111 and the outer annular piece 112 form an upper annular connection region with the first upper piece 110, respectively.

Accordingly, a boundary of the first air chamber includes a part of the bottom wall 12 between the inner annular piece 111 and the outer annular piece 112, the inner annular piece 111, the outer annular piece 112 and the first top piece 110, and the two upper annular connection regions and the two lower annular connection regions seal the first air chamber. The first top piece 110, the bottom wall 12, the inner annular piece 111 and the outer annular piece 112 may be manufactured independently and then be connected together to form the first air chamber.

In some embodiments, the first top piece 110, the bottom wall 12, the inner annular piece 111 and the outer annular piece 112 may be connected by a way of welding. Specifically, both the inner annular piece 111 and the outer annular piece 112 can be connected with the first top piece 110 by the way of welding, and both the inner annular piece 111 and the outer annular piece 112 are connected with the bottom wall 12 by the way of welding. In this case, both the upper annular connection regions and the lower annular connection regions are a welding region.

In some embodiments, both the annular body 11 and the bottom wall 12 are made of plastic. In this case, the way of welding is a plastic welding process. The plastic welding process is suitable for components which are not able to be connected by thermal fusion welding and ultrasonic welding, such as components made of PE (Polyethylene), PP (Polypropylene), nylon or PET (Polyethylene Terephthalate). The plastic welding is a method of bonding two components together within a short period of time by rotating the two components in high speed and pressing the two components. The plastic welding process may soften the components by an external heat source, by a mechanical movement, or by an electromagnetic way.

In some embodiments, a welding width formed by the way of welding may be not greater than 5 cm. In such a way, the welding width is small and the welding region is not noticeable, which will improve an appearance of the inflatable pool.

In some embodiments, the annular body may not include the first top piece. In this case, the upper edges of the inner annular piece and the outer annular piece are welded together to configure the first air chamber.

In some embodiments, the first top piece, the bottom wall, the inner annular piece and the outer annular piece may be connected together by a way of adhesive bonding to configure the boundary of the first air chamber.

In some embodiments, as shown in FIG. 2, the outer annular piece 112 is provided with an air valve 113, wherein the first air chamber can be inflated or deflated via the air valve 113.

Referring to FIG. 1, the base 2 may be an inflatable structure having a second air chamber. In this case, the base 2 can be plasticity, so that the base 2 can be inflated and deflated.

In some embodiments, the base 2 may include a second top piece 20, a first inner piece 21 and a first outer piece 22. The first inner piece 21 and the first outer piece 22 can be disposed between the annular body 11 and the second top piece 20, and the first inner piece 21 can be positioned closer to an inner side of the annular body 11 than the first outer piece 22.

The first inner piece 21, the first outer piece 22, the annular body 11 and the second top piece 20 can be connected to form a second air chamber to be configured to the bases 2. That is to say, when the inflatable pool is put in use, the base 2 can be filled with air, so that the base 2 will be inflated to form the second air chamber. Correspondingly, when the base 2 is not filled with air, the base 2 is in a compressed status.

In some embodiments, the first inner piece 21 and the first outer piece 22 can be fixed to the annular body 11 via the first top piece 110.

In some embodiments, a first bottom edge of the first inner piece 21 and a first bottom edge of the first outer piece 22 can be connected with the first top piece 110 of the annular body 11 to form a bottom annular connection region. Thereafter, a first top edge of the first inner piece 21 and a first top edge of the first outer piece 22 can be connected to the second top piece 20 to form a top annular connection region. Further, side edges of the first inner piece 21 and the first outer piece 22 are connected to form side connection regions. In such a way, the first inner piece 21, the first outer piece 22 and a part of the annular body 11 between the first inner piece 21 and the first outer piece 22 define the second air chamber, wherein the bottom annular connection region, the top annular connection region and the side connection regions seal the second air chamber.

In some embodiments, the first inner piece 21, the first outer piece 22, the annular body 11 and the second top piece 20 are connected by a way of welding. Specifically, the first inner piece 21 and the first top piece 110, the first outer piece 22 and the first top piece 110, the first inner piece 21 and the second top piece 20, the first outer piece 22 and the second top piece 20, and the first inner piece 21 and the first outer piece 22 are all connected by the way of welding. In this case, the bottom annular connection region, the top annular connection region and the side connection regions are all welding regions. In some embodiments, a welding width formed by the way of welding is not greater than 5 cm, so that the welding regions are small in dimension and not noticeable, which will improve an appearance of the inflatable pool.

Referring to FIG. 3, the first inner piece 21 or the first outer piece 22 is provided with an air valve 23, wherein the base 2 can be inflated or deflated via the air valve 23.

In some embodiments, the base 2 and the annular body 11 are welded to form an assembly, which will enhance an integration level of the inflatable pool. Further, the base 2 is light, small in volume and easy to store when being deflated. In some embodiments, the base may be configured into a solid structure.

In some embodiments, the base may only include the first inner piece and the first outer piece, but not the second top piece. In this case, after the first inner piece and the first outer piece are welded to the annular body, edges of the first inner piece and the first outer piece are connected to define the boundary of the second air chamber.

In some embodiments, the elastic component 3 may include a rubber band 31 and a pouch 32, wherein the pouch 32 can be connected to the rubber band 31. The base 2 can include a plurality of snap rings 24, wherein two ends of the rubber band 31 are respectively connected to the snap rings 24 on two bases 2 which are neighboring to each other along the circumferential direction F. In such a way, the elastic component 3 is fixed to the two bases 2 which are neighboring to each other along the circumferential direction F.

In some embodiments, the rubber band 31 has elasticity, and the pouch 32 is used to hold the play ball 5. The snap rings 24 serve as anchor points of the elastic component 3, and the rubber band 31 is fastened to the snap rings 24. In some embodiments, each elastic component 3 may include two rubber bands 31, and the pouch 32 is connected to the two rubber bands 31. Specifically, the two rubber bands 31 pass through two sides of the pouch 32, respectively, so that the pouch 32 is connected to the rubber bands 31. Accordingly, when the elastic component 3 is put in use, an end of the rubber band 31 can passes through the snap ring 24 and be fastened to the snap ring 24, so as to fix the elastic component 3 to the snap ring 24; and when the elastic component 3 is not in use, the rubber band 31 can be detached from the snap ring 24, so as to take the elastic component 3 down. Therefore, the elastic component 3 can be easily fixed to or detached from the base 2, which is convenient to use.

In some embodiments, the inflatable pool may include two bases 2 and one elastic component 3. In some embodiments, the inflatable pool may include more than two bases. In this case, between each two of the multiple bases which are neighboring to each other along the circumferential direction, an elastic component can be arranged. Therefore, the number of the elastic component is more than one. In such a way, when the inflatable pool is put in use, multiple users can use different elastic components in a common inflatable pool to shoot at the same time.

According to above embodiments, the inflatable pool may include at least two bases along the circumferential direction of the annular body.

Referring to FIG. 1, the inflatable pool further includes a supporting member 6, wherein the supporting member 6 can be positioned to face the bases 2 and fastened to one end of the annular body 11 opposite to the bottom wall 12. Along the circumferential direction F, a window 2 a is defined between two neighboring bases 2, wherein the supporting member 6 faces the window 2 a and the elastic component 3 in the window 2 a. Accordingly, when the inflatable pool is put in use, the user can put his/her back against the supporting member 6 and face the window 2 a to shoot, which will make it more comfortable for the user to use the inflatable pool.

In some embodiments, the supporting member 6 extends along the circumferential direction F. In this case, the supporting member 6 has a length along the circumferential direction F greater than a width, and the supporting member 6 can provide sufficient support for the user's back.

In some embodiments, the supporting member 6 may include an accommodating groove 6 a for containing a plurality of play balls, wherein the accommodating groove 6 a may be opposite to the annular body 11. Accordingly, the supporting member 6 is not only able to provide a support for the user's back, but also able to provide the accommodating groove 6 a for containing the play balls 5, which makes it easy and convenient for the user to collect and fetch the play balls 5.

In some embodiments, the supporting member 6 may include a supporting body 60 and an accommodating body 61 with the accommodating groove 6 a. The supporting body 60 may be fixed to the end of the annular body 11 opposite to the bottom wall 12. The accommodating body 61 may be fixed to an end of the supporting body 60 opposite to the annular body 11. The accommodating groove 6 a is opposite to the supporting body 60. In such a way, the supporting body 60 and the accommodating body 61 define the supporting member 6. The supporting body 60 may be fixed to the first top piece 110 of the annular body 11. The annular body 11 provides main support for the user's back. The accommodating groove 6 a is formed in the accommodating body 61.

In some embodiments, the supporting member may only include the accommodating body, but not the supporting body. In this case, the accommodating body is not only used to accommodate the play balls, but also used to provide a support for the user's back.

In some embodiments, the supporting body 60 may include a third top piece 601, a second inner piece 602 and a second outer piece 603. The second inner piece 602 and the second outer piece 603 may be disposed between the annular body 11 and the third top piece 602. The second inner piece 602 may be positioned closer to an inner side of the annular body 11 than to the second outer piece 603.

The second inner piece 602, the second outer piece 603, the annular body 11 and the third top piece 601 are connected to form a third air chamber to be configured to the supporting body 60. In other words, when the inflatable pool is put in use, the supporting body 60 is filled with air to inflate the supporting body 60, so as to form the third air chamber. Corresponding, when the supporting body 60 is not filled with air, the supporting body is compressed.

In some embodiments, the annular body 11 may be connected with the second inner piece 602 and the second outer piece 603 via the first top piece 110.

Specifically, a second top edge of the second inner piece 602 and a second top edge of the second outer piece 603 can be connected to the third top piece 601, a second bottom edge of the second inner piece 602 and a second bottom edge of the second outer piece 603 can be connected to the first top piece 110, and side edges of the second inner piece 602 and side edges of the second outer piece 603 can be connected. Accordingly, the supporting body 60 is an inflatable structure, which is easy to use. The second inner piece 602 or the second outer piece 603 may be provided with an air valve (not shown) for inflating or deflating the supporting body 60.

In some embodiments, the second inner piece 602 and the third top piece 601, the second outer piece 603 and the third top piece 601, the second inner piece 602 and the first top piece 110, the second outer piece 603 and the first top piece 110, and the second inner piece 602 and the second outer piece 603 are all connected by a way of welding. A welding width formed by the way of welding is not greater than 5 cm, so that an area of the welding region is small and the inflatable pool has an improved appearance.

In some embodiments, the supporting body may only include the second inner piece and the second outer piece, but not the third top piece. In this case, edges of the second inner piece and the second outer piece are connected to form the supporting body with the third air chamber.

In some embodiments, the accommodating body 61 may include an inner body 611 and an outer body 612. The inner body 611 may be positioned closer to the inner side of the annular body 11 than to the outer body 612. Each two of the inner body 611, the outer body 612 and the supporting body 60 may be connected to define the accommodating groove 6 a. The inner body 611 and the outer body 612 are fixed to the supporting body 60 via the third top piece 601. The third top piece 601 serves as a bottom of the accommodating groove 6 a.

In the accommodating body 61, the inner body 611 and the outer body 612 may be arranged opposite to each other. Both the inner body 611 and the outer body 612 include two ends extending along the circumferential direction F. The inner body 611 and the outer body 612 can be connected along the circumferential direction F of the annular body at a same side of an end portion to form the accommodating groove 6 a.

The accommodating body 61 may include the accommodating groove 6 a, wherein the accommodating groove 6 a is defined by the inner body 611 and the outer body 612. The inner body 611 and the outer body 612 are both inflatable. The inner body 611 and the outer body 612 may be configured into a tubular-shaped structure having two openings at the ends. Thereafter, the ends of the inner body 611 and the ends of the outer body 612 at the same side along the circumferential direction F are welded, respectively.

Referring to FIG. 4, two ends of the inner body 611 and two ends of the outer body 612 at same sides along the circumferential direction F are connected, respectively, to form arc chamfers a. The arc chamfer a is a smooth transition and does not include a shape edge, which will avoid injures caused to the user and will improve the appearance of the inflatable pool.

In some embodiments, the accommodating body 61 may include at least one circular arc boundary having an arc length of a curve in a range between 5 cm to 10 cm, so that the accommodating body 61 is sufficient to accommodate the play balls 5 and meanwhile is able to provide a comfort support for the user. The accommodating body 61 is arc-shaped and has a central angle ranging from 30° to 60°, so that the length of the accommodating body 61 is confined.

In some embodiments, the inner body 611, the outer body 612 and the supporting body 60 are welded to be configured to the accommodating body 61.

Embodiments of the present disclosure also provide a method for forming an inflatable pool. FIG. 5 is a flow chart of the method for forming an inflatable pool according to one embodiment of the present disclosure. Referring to FIG. 1 and FIG. 5, the method for forming an inflatable pool can include following steps from step S1 to step S3.

In step S1: providing a pool body 1, the pool body 1 including an annular body 11; welding a bottom wall 12 to the annular body 11 to form a first chamber, the first chamber having a first pool boundary and second pool boundary.

In step S2: welding a pair of bases 2 to an end portion of the annular body 11 opposite to the bottom wall 12 along a circumferential direction F of the annular body.

In step S3: providing an elastic component 3 fastened between the pair of bases 2 along the circumferential direction F of the annular body 11 to form a shooting device.

In some embodiments, welding the bases 2 to the annular body 11 may include: softening a welding region of the base 2; and bonding the base 2 to the annular body 11, where the base 2 is welded to the annular body 11 after the welding region of the base 2 is solidified. Accordingly, the welding process is easy. The base 2 and the annular body 11 may be welded by a way of plastic welding.

In step S1, providing the pool body 1 may include: providing an inner annular piece 111 and an outer annular piece 112 surrounding the inner annular piece 111; welding a first inner edge of the inner annular piece 111 and a first outer edge of the outer annular piece 112 on the bottom wall 12; and welding a first top annular piece 110 on a second inner edge of the inner annular piece 111 and a second outer edge of the outer annular piece 112, wherein, a first pool boundary is formed between the first inner edge and the bottom wall 12, and wherein, the second pool boundary is formed between the first outer edge and the bottom wall 12.

Accordingly, the annular body 11 is formed by the inner annular piece 111, the outer annular piece 112 and the first top piece 110, and a part of the bottom wall 12 between the inner annular piece 111 and the outer annular piece 112, the inner annular piece 111, the outer annular piece 112 and the first top piece 110 define the boundary of the first air chamber.

In some embodiments, when forming the outer annular piece 112, an air valve 113 may be formed on the outer annular piece 112.

In some embodiments, the inner annular piece 111, the outer annular piece 112, the first top piece 110 and the bottom wall 12 may be connected by a way of welding. A welding width formed by the way of welding may be not greater than 5 cm.

In some embodiments, forming the annular body 11 on the bottom wall 12 may include: forming the inner annular piece 111 and the outer annular piece 112 surrounding the inner annular piece 111, on the bottom wall 12; and connecting each two of the inner annular piece 111, the outer annular piece 112 and the bottom wall 12 to form the boundary of the first air chamber.

In some embodiments, welding the pair of base 2 may include: welding a first inner piece 21 and a first outer piece 22 on the annular body 11, the first inner piece 21 may be positioned closer to an inner side of the annular body 11 than to the first outer piece 22; and welding a second top piece 20 on the first inner piece 21 and the first outer piece 22 to form a second chamber, wherein the first inner piece 21 and the first outer piece 22 are located between the annular body 11 and the second top piece 20; and connecting the first inner piece 21, the first outer piece 22, the annular body 11 and the second top piece 20, so as to form the base 2 with the second air chamber.

In some embodiments, when welding the first outer piece 22, an air valve 23 and a snap ring 24 (as shown in FIG. 3) may be welded to the first outer piece 22, where the air valve 23 is used to inflate or deflate the base 2, and the snap ring 24 is used to connect with a rubber band 31 of the elastic component 3. Accordingly, when the inflatable pool is put in use, the elastic component 3 can be connected between two neighboring bases 2 by connecting the rubber band 31 with the snap ring 24.

In some embodiments, the first inner piece 21, the first outer piece 22, the annular body 11 and the second top piece 20 are connected by a way of welding. A welding width formed by the way of welding is not greater than 5 cm.

In some embodiments, the method for forming the inflatable pool may further include: providing a supporting member 6 to face the pair of bases and fastened to one end of the annular body 11 opposite to the bottom wall 12, wherein the supporting member 6 may be fixed to the annular body 11 and faces the window 2 a and the elastic component 3 in the window 2 a.

In some embodiments, the supporting member 6 increases a height of the annular body 11, so that the supporting member 6 can provide a support to the user's back when the user faces the window to shoot, which will improve a comfort of the inflatable pool.

In some embodiments, the supporting member 6 may extend along the circumferential direction F. In this case, the supporting member 6 has a length along the circumferential direction F greater than a width thereof, so that the supporting member 6 can provide sufficient support for the user.

Furthermore, the supporting member 6 may include an accommodating groove 6 a for containing a plurality of play balls, wherein the accommodating groove 6 a may be positioned opposite to the annular body 11. The supporting member 6 is not only able to provide a support for the user's back, but also able to provide the accommodating groove 6 a for accommodating the play balls 5.

In some embodiments, providing the supporting member 6 may include: welding a supporting body 60 on the end of the annular body 11 opposite to the bottom wall 12; and welding an accommodating body 61 for forming the accommodating groove on an end of the supporting body 60 opposite to the annular body 11 and the accommodating groove 6 a is opposite to the supporting body 60. The supporting body 60 is fixed to the first top piece 110, and the supporting body 60 is used to provide a support for the user's back.

In some embodiments, welding the supporting body 60 may include: welding a second inner piece 602 and a second outer piece 603 on the end of the annular body 11 opposite to the bottom wall 12, and the second inner piece 602 is closer to an inner side of the annular body 11 than the second outer piece 603; welding a third top piece 601 on the second inner piece 602 and the second outer piece 603 to form a third air chamber. In this case, the second inner piece 602, the second outer piece 603, the annular body 11 and the third top piece 601 are connected together, so as to form the supporting body 60 with a third air chamber. The second inner piece 602 and the second outer piece 603 are fixed to the first top piece 110 of the annular body 11.

Accordingly, the supporting body 60 is an inflatable structure and can form the third air chamber when being inflated, which makes the supporting body 60 easy to use and have an improved comfort.

In some embodiments, the second inner piece 602, the second outer piece 603, the annular body 11 and the third top piece 601 may be connected by a way of welding.

In some embodiments, welding the accommodating body 61 may include: providing an inner body 611 and an outer body 612; and welding the inner body 611 and the outer body 612 on the supporting body 60 to form the accommodating groove 6 a, wherein, the inner body 611 may be positioned closer to an inner side of the annular body 11 than to the outer body 612, wherein, the inner body 11 and the outer body 612 are welded same side of an end portion on the supporting body 60 along the circumferential direction of the annular body 11, and wherein, the accommodating body 61 may include at least one circular arc boundary having an arc length of a curve in a range between 5 cm to 10 cm with a central angle of 30 to 60.

Specifically, the inner body 611 and the outer body 612 are arranged opposite to each other. Both the inner body 611 and the outer body 612 include two ends along the circumferential direction F and extend from a head end to a tail end. The ends of the inner body 611 and the ends of the outer body 612 which are located in same sides along the circumferential direction F are connected, respectively, for example, the head end of the inner body 611 and the head end of the outer body 612 are connected, and the tail end of the inner body 611 and the tail end of the outer body 612 are connected, so as to form the accommodating groove 6 a.

In some embodiments, each two of the inner body 611, the outer body 612 and the supporting body 60 are connected by a way of welding, which is easy to implement. Moreover, both the inner body 611 and the outer body 612 may be inflatable.

Although the present disclosure has been disclosed above with reference to preferred embodiments thereof, it should be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit or scope of the disclosure. Accordingly, the present disclosure covers changes and modifications made to the present disclosure that fall into scopes defined by the claims and equivalent technical solutions thereof. 

1. An inflatable pool, comprising: a pool body comprising an annular body, a bottom wall connected with the annular body, the annular body being configured with a first air chamber, a pool boundary being disposed on the annular body and the bottom wall; a pair of bases disposed on an end portion of the annular body opposite to the bottom wall and being spaced along a circumferential direction of the annular body; and an elastic component disposed between the pair of bases along the circumferential direction of the annular body to form a shooting device.
 2. The inflatable pool of claim 1, wherein the annular body comprises: a first top annular piece; and an inner annular piece and an outer annular piece surrounding the inner annular piece, the inner annular piece and outer annular piece disposed between the first top piece and the bottom wall and connected with the first top piece and the bottom wall, respectively, wherein, a boundary of the first air chamber comprises a part of the bottom wall between the inner annular piece and the outer annular piece, the inner annular piece, the outer annular piece and the first top piece.
 3. The inflatable pool of claim 2, wherein the inner annular piece and the outer annular piece are connected to the first top piece and the bottom wall by welding.
 4. The inflatable pool of claim 3, wherein a welding width formed by the welding is not greater than 5 cm.
 5. The inflatable pool of claim 1, wherein each of the pair of bases comprises: a second top piece; and a first inner piece and a first outer piece disposed between the annular body and the second top piece, the first inner piece being positioned closer to an inner side of the annular body than the first outer piece, wherein, the first inner piece, the first outer piece, the annular body and the second top piece are connected to form a second air chamber.
 6. The inflatable pool of claim 5, wherein a first top edge of the first inner piece and a first top edge of the first outer piece are welded to the second top piece, and a first bottom edge of the first inner piece and a first bottom edge of the first outer piece are welded to the annular body.
 7. The inflatable pool of claim 1, further comprising a supporting member being positioned to face the pair of bases and fastened to the end portion of the annular body opposite to the bottom wall.
 8. The inflatable pool of claim 7, wherein the supporting member extends along the circumferential direction of the annular body.
 9. The inflatable pool of claim 7, wherein the supporting member comprises an accommodating groove for containing a plurality of play balls, and the accommodating groove is positioned opposite to the annular body.
 10. The inflatable pool of claim 9, wherein the supporting member comprises: a supporting body, fixed to the end portion of the annular body opposite to the bottom wall; and an accommodating body with the accommodating groove, fixed to an end portion of the supporting body opposite to the annular body.
 11. The inflatable pool of claim 10, wherein the supporting body comprises: a third top piece; and a second inner piece and a second outer piece disposed between the annular body and the third top piece, the second inner piece is positioned closer to an inner side of the annular body than the second outer piece, wherein, the second inner piece, the second outer piece, the annular body and the third top piece are connected to form a third air chamber.
 12. The inflatable pool of claim 11, wherein a second top edge of the second inner piece and a second top edge of the second outer piece are welded to the third top piece, and a second bottom edge of the second inner piece and a second bottom edge of the second outer piece are welded to the annular body.
 13. The inflatable pool of claim 10, wherein the accommodating body comprises: an inner body and an outer body, the inner body being positioned closer to an inner side of the annular body than the outer body, the inner body, the outer body and the supporting body are connected to form the accommodating groove.
 14. The inflatable pool of claim 13, wherein an end portion of the inner body and an end portion of the outer body at a same side along the circumferential direction of the annular body are connected.
 15. The inflatable pool according of 13, wherein the accommodating body comprises at least one circular arc boundary having an arc length of a curve in a range between 5 cm to 10 cm with a central angle of 30 degrees to 60 degrees.
 16. The inflatable pool of claim 13, wherein the inner body, the outer body and the supporting body are welded to form the accommodating body.
 17. The inflatable pool of claim 1, wherein the pair of bases comprises a plurality of snap rings, and the elastic component comprises a rubber band fastened to the snap rings and a pouch attached to the rubber band.
 18. The inflatable pool of claim 1, further comprising a target device disposed along a radial direction of the annular body to face the shooting device.
 19. The inflatable pool of claim 18, wherein the target device comprises a target body confining a central recess.
 20. A method for forming an inflatable pool, comprising: providing a pool body, the pool body comprising an annular body; welding a bottom wall to the annular body to form a first chamber, the first chamber having a first pool boundary and second pool boundary; welding a pair of bases to an end portion of the annular body opposite to the bottom wall along a circumferential direction of the annular body; and providing an elastic component fastened between the pair of bases along the circumferential direction of the annular body to form a shooting device.
 21. The method of claim 20, wherein providing the pool body comprises: providing an inner annular piece and an outer annular piece surrounding the inner annular piece; welding a first inner edge of the inner annular piece and a first outer edge of the outer annular piece on the bottom wall; and welding a first top annular piece on a second inner edge of the inner annular piece and a second outer edge of the outer annular piece, wherein, the first pool boundary is formed between the first inner edge and the bottom wall, and wherein, the second pool boundary is formed between the first outer edge and the bottom wall.
 22. The method of claim 21, wherein a welding width formed by the welding is not greater than 5 cm.
 23. The method of claim 20, wherein welding the pair of bases comprises: welding a first inner piece and a first outer piece on the annular body, the first inner piece being positioned closer to an inner side of the annular body than the first outer piece; and welding a second top piece on the first inner piece and the first outer piece to form a second air chamber.
 24. The method of claim 20, further comprising: providing a supporting member positioned to face the pair of bases and fastened to the end portion of the annular body opposite to the bottom wall.
 25. The method of claim 24, wherein the supporting member comprises an accommodating groove for containing a plurality of play balls, and the accommodating groove is positioned opposite to the annular body.
 26. The method of claim 25, wherein providing the supporting member comprises: welding a supporting body on the end portion of the annular body opposite to the bottom wall; and welding an accommodating body for forming the accommodating groove on an end portion of the supporting body opposite to the annular body.
 27. The method of claim 26, wherein welding the supporting body comprises: welding a second inner piece and a second outer piece on the end portion of the annular body opposite to the bottom wall; and welding a third top piece on the second inner piece and the second outer piece to form a third air chamber, wherein, the second inner piece is positioned closer to an inner side of the annular body than the second outer piece.
 28. The method of claim 26, wherein welding the accommodating body comprises: providing an inner body and an outer body; and welding the inner body and the outer body on the supporting body to form the accommodating groove, wherein, the inner body is positioned closer to an inner side of the annular body than the outer body, wherein, an end portion of the inner body and an end portion of the outer body at a same side along the circumferential direction of the annular body are welded, and wherein, the accommodating body comprises at least one circular arc boundary having an arc length of a curve in a range between 5 cm to 10 cm with a central angle of 30 degrees to 60 degrees. 